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. 2018 Feb 2;19(4):282–291. doi: 10.1080/15384047.2017.1394551

Table 2.

Univariate and multivariate analyses of clinicopathological characteristics.

  Univariate analysisa
Multivariate analysisb
  HR (95% CI) P HR (95% CI) P
laterality 1.454(1.056-2.003) 0.021 1.390 (0.962-2.009) 0.08
gender 0.950 (0.684-1.321) 0.762    
age 0.823(0.458–1.478) 0.514    
person neoplasm cancer status 6.080(4.241-8.717) <0.001 3.540(2.322-5.397) <0.001
lactate dehydrogenase 1.488 (0.507-4.363) 0.467    
serum calcium 0.756 (0.530-1.079) 0.122    
hemoglobin 2.109(1.450-3.068) <0.001 1.364 (0.886-2.102) 0.159
platelet qualitative 2.415(1.690-3.450) <0.001 1.680(1.121-2.518) 0.012
white cell count 0.696 (0.486-0.998) 0.047 0.998 (0.667-1.494) 0.992
stage event system version 0.698 (0.252-1.932) 0.486    
stage event pathologic stage 4.591(3.242-6.502) <0.001 2.406(1.540-3.757) <0.001
Neoplasm histologic grade 2.838(1.950-4.129) <0.001 1.168 (0.757-1.801) 0.484
T stage 5.149(2.691-9.852) <0.001 1.975 (0.889-4.388) 0.095
N stage 1.559 (0.354-6.876) 0.555    
M stage 0.253 (0.062-1.027) 0.038 0.367 (0.080-1.677) 0.196
Has-miR-200c 0.580 (0.344-0.977) 0.038 0.571 (0.325-1.002) 0.051
SLC6A1 1.498(1.084-2.072) 0.014 1.454(1.056-2.003) 0.021
a

The data were subjected to Cox's proportional hazards regression model. Bold italics indicate statistically significant values (P < 0.05).

b

Multivariate analysis used stepwise addition and removal of clinical covariates found to be associated with survival in univariate models (P < 0.05) and final models, include only those covariates that were significantly associated with survival (Wald statistic, P < 0.05). Bold italics indicate statistically significant values (P < 0.05).